Image Gallery PANCROMA™

Earth Views - From Free Satellite Data and PANCROMA!

This page shows a variety of images processed using PANCROMA. In addition to pan sharpening, the page showcases a few of the other useful PANCROMA utilities, for example synthesizing RGB true color composites from ASTER and SPOT^® data, transforming NASA GEOCOVER data, cloud masking, gap filling, band scatter plots, spectral analyzer and image registration. For a full description of all PANCROMA capabilites, see the Features page or download the Instruction Manual.

[Euclidean Distance Analysis]

30m EO-1 ALI multispectral Euclidean Distance analysis using Spectral Analyzer

[Before pan sharpening]

30m EO-1 ALI bands 3,4,5 (true color composite)

[After pan sharpening]

10m pan-sharpened EO-1 ALI image

30m Landsat RGB Himalaya (natural color composite)

15m pan-sharpened Landsat image

[FFT Landsat Image]

FFT magnitude plot of a Landsat image.

[Before pan sharpening]

30m EO-1 ALI bands 3,4,5 (true color composite)

[After pan sharpening]

10m pan-sharpened EO-1 ALI image

30m bands 1,2,3 (Landsat color composite)

15 m pan-sharpened Landsat image using XIONG

[Landsat GEOCOVER image before processing]

15m Landsat GEOCOVER false color image before Spectral Transformation

[Landsat GEOCOVER image after spectral transformation]

15m Landsat GEOCOVER Image after Spectral Transformation

[Before pan sharpening]

30m Landsat RGB Arid Coast (natural color composite)

[After pan sharpening]

15m pan-sharpened Landsat image

30m Landsat RGB Ocean/Forest (natural color composite)

15m pan-sharpened Landsat image using HSI/ELIN

[Before deconvolution]

30m Landsat band1 image

[After deconvolution]

30m Landsat image after deconvolution

[Before pan sharpening]

30m Landsat RGB arid coast (natural color composite)

[After pan sharpening]

15m pan-sharpened Landsat image

30m Landsat RGB desert lake (natural color composite)

15m pan-sharpened Landsat image

30m Landsat RGB desert terrain (natural color composite)

15m pan-sharpened Landsat image

[Before pan sharpening]

30m Landsat RGB Mountain Region (natural color composite)

[After pan sharpening]

15m pan-sharpened Landsat image

30m Landsat bands 3,4,5 (false color composite)

15m pan-sharpened Landsat image

20m bands 1,2,3 (SPOT false color composite)

10 m pan-sharpened SPOT image

[Synthetic RGB Image from SPOT]

20m SPOT image (natural color composite)synthesized from band files 1, 2 and 3

[Synthetic RGB Image from ASTER]

15m ASTER image (synthetic natural color composite)

15m ASTER image (synthetic natural color composite)

[Before Gap Filling]

Landsat SLC-Off

[Gap Filled Landsat Image]

Landsat SLC-Off Gap Filled

[Superimposed Landsat Band Files]

Landsat Image Registration

[Cloud-Obscured Landsat Image]

Landsat Cloud-Obscured Image

[Cloud Mask Image]

Landsat Cloud Mask

[Recovered Image]

Recovered Image (Note Snow-Capped Peaks Unaffected)

[Landsat band scatter plot]

Landsat Band Scatter Plot with Linear Regression

Landsat Band Scatter Plot Tasseled Cap Form

[Landsat color composite]

Landsat RGB Image

[Overlaid Analysis]

Corresponding Spectral Analyzer output highlighting plowed fields.

[Point Spectrum Generator]

Alfalfa field spectrum from Landsat data.

Landsat imagery courtesy of NASA Goddard Space Flight Center and U.S. Geological Survey
SPOT imagery courtesy of GeoBase®

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